PVG5H202C03B00

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Trimmer potentiometers are variable resistors that are perfect for use in a variety of applications, ranging from radio tuners to electronic circuit tests.
PVG5H202C03B00 trimmer potentiometers are a type of trimmer that are frequently used as small adjustable elements for precise adjustments in electronic circuits, such as the setting of amplifier gain, tuning of radios, setting of DC motor speeds, and even setting the gain of a DC amplifier. These trimmer potentiometers are available in a wide variety of resolutions and different body sizes, allowing users to adjust the resistance in smaller and more precise increments.
The PVG5H202C03B00 is a “Low Resistance” trimmer with a 3-pole configuration. It has an adjustable resistance range of 1K to 10K, and features an innovative design that has an optimized size, a low profile, and a wide adjustment range. The pot is sealed with a thermoplastic resin for dust and moisture resistance. It also meets all requirements required by the European Union’s Restriction of Hazardous Substances directive.
The working principle of the PVG5H202C03B00 is based on the thin film deposition process, which consists of depositing layers of material onto the substrate surface. This technology has several advantages, such as high precision, high reliability, and long-term stability. In a trimmer potentiometer, the thin film is deposited on the contact area, making it possible to control the resistance by varying the thickness of the deposited metal layer. This is done by placing a small contact and an adjusting voltage on the contact. As the contact moves over the surface, the voltage across the contact varies correspondingly, resulting in an adjustable resistance.
The PVG5H202C03B00 trimmer potentiometers can be used in several different types of applications, such as signal and musical instrument preamplifiers, amplifier gain setting, radio tuning, light dimmers, motor speed control, DC amplifier gain setting, potentiometer characterization, and many more. It is especially useful for applications where precise settings are required.

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